IEC60065 Mandrel Test Device-Shenzhen Chuangxin Instrument Co.,LTD_

Home > Products > Accessories & Components > Electric Parts >Other Electric Parts

IEC60065 Mandrel Test Device

MOQ ：1 piece

Lead Time ：15 Days

Inquiry Start Order

Seller Support : Trade Authenticity Guaranteed & Accepting

Payment : T/T,Western Union

Departure Port : Shenzhen

Product details

Supply Ability

Supply Ability：1000 piecesWarranty(Year)：1 Year

Product Specifications

Product Description

	IEC60065 Mandrel Tester Device This test is conforms to IEC60558-1 Fig6 and IEC60065 Fig14--16.The test shall be performed by fixing the specimens of thin sheets on a mandrel made of nickel plated steel or brass with smooth surface finish. A metal foil shall be placed closely to the surface of the specimen and subjected to a pull force of 1 N. The metal foil shall be so positioned that its borders are 20 mm away from the borders of the specimen, and when the mandrel is in its final position, it covers the edges upon which the specimen is lying by at least 10 mm. the specimen is held in place at its free end by an appropriate clamping device and subjected to: – a pull force of 150 N for a specimen consisting of several non separable layers; – a pull force of 100 N for a specimen consisting of 2/3 the number of separated layers – a pull force of 50 N for a specimen consisting of a single layer (serrated or not). Include weigh: 150N1 and 1N1.

IEC60065 Mandrel Tester Device

This test is conforms to IEC60558-1 Fig6 and IEC60065 Fig14--16.The test shall be performed by fixing the specimens of thin sheets on a mandrel made of nickel plated steel or brass with smooth surface finish.

A metal foil shall be placed closely to the surface of the specimen and subjected to a pull force of 1 N. The metal foil shall be so positioned that its borders are 20 mm away from the borders of the specimen, and when the mandrel is in its final position, it covers the edges upon which the specimen is lying by at least 10 mm.

the specimen is held in place at its free end by an appropriate clamping device and subjected to:

– a pull force of 150 N for a specimen consisting of several non separable layers;

– a pull force of 100 N for a specimen consisting of 2/3 the number of separated layers

– a pull force of 50 N for a specimen consisting of a single layer (serrated or not).

Include weigh: 150N*1 and 1N*1.